Determination of Motor Type and Capacity of Wet Wire Drawing Machine
The primary task of the wet wire drawing machine is product quality and output. At the same time, it also needs to be easy to operate, have good process performance, be sturdy and durable, be easy to maintain, and be safe and reliable.
In use, different motors can be configured for use. Under normal circumstances, different types of motors have great differences in performance and price, and different usage conditions, so the power consumption also varies greatly.
For example, if the water tank wire drawing machine is equipped with an electromagnetic speed-regulating motor, it mainly uses an electromagnetic slip clutch to regulate the speed. The clutch efficiency is approximately 1-S (S is the slip rate, S= ns-nmns, where ns is the synchronous speed of the motor, nm is the operating speed of the motor). It can be seen that if the equipment speed is set high and low, the power consumption loss will be considerable.
Normally, whether a DC motor or an AC variable frequency motor is used when used with a water tank wire drawing machine, it is used in the constant torque section. Although the low speed is not as efficient as the electromagnetic speed regulating motor, the motor, And the system price are high, and excess functions cause power consumption loss, which causes considerable losses to users.
Other types of motors will also cause losses if their power cannot be fully utilized. Therefore, this needs to be taken into consideration when determining the type of motor.
For water tank type wire drawing machines, the correct determination of the motor capacity can not only save costs but also save electricity costs during use.
When calculating, it is based on the technical parameters of incoming wire diameter, multi-pass average compression rate, and speed. The calculated power should be power, which shows the large capacity of the equipped motor.
In comparison, the determination and rational use of motor type and capacity can not only save investment but also save 10% to 30% of electricity during use.
At the same time, during the installation and layout, the entire system is arranged compactly. The water tank wire drawing machine and the motor are installed on the same base, which has strong integrity and can generally save the user from secondary assembly.
The wet wire drawing machine has a very small usage area and is very popular among users.
